Executive Development Programme in Nastran Pre Processing: Thermal and Structural Analysis Integration

The Executive Development Programme in Nastran Pre-Processing: Thermal and Structural Analysis Integration is an advanced, comprehensive training programme tailored for engineering professionals, particularly those involved in design and analysis of complex mechanical systems. This programme equips participants with the skills necessary to effectively use ANSYS Nastran for both thermal and structural analysis, integrating these analyses to optimize product design and performance. It is designed for experienced engineers, project managers, and executives who are looking to enhance their expertise in predictive simulation and analysis techniques.

Key to the programme are the development of advanced proficiency in Nastran pre-processing techniques, including meshing, boundary conditions, material properties, and solving complex multi-disciplinary problems. Learners will gain expertise in integrating thermal and structural analyses to simulate real-world scenarios, enabling them to predict product behavior under various operating conditions and optimize designs for efficiency and durability. The programme also emphasizes practical application through hands-on workshops, case studies, and real-world problem-solving exercises, ensuring that participants can immediately apply their new skills in their professional roles.

The programme significantly impacts career progression by enhancing participants’ ability to lead multidisciplinary projects, improve product development timelines, and contribute to innovation. By integrating thermal and structural analyses, professionals can make more informed design decisions, leading to improved product quality and competitive advantage. The programme also fosters leadership skills, preparing participants to take on more strategic roles within their organizations, contributing to the continuous improvement of engineering practices and strategic planning.

1. 1. Nastran Overview and Pre-Processing Fundamentals: Learners will study the basics of Nastran and its pre-processing capabilities, focusing on setting up models and understanding the input decks. Practical skills include creating simple models and input decks for both thermal and structural analysis.
2. 2. Material Properties and Element Types: This module covers the selection and application of different material properties and element types in Nastran models, essential for accurate thermal and structural analysis. Learners will gain hands-on experience in defining and using these properties in their models.
3. 3. Geometry Modeling and Meshing Techniques: Learners will explore various geometry modeling techniques and meshing strategies for creating efficient and accurate Nastran models. Skills include using different meshing tools and adjusting mesh density for optimal results.
4. 4. Thermal Analysis Fundamentals: This module introduces the principles of thermal analysis in Nastran, including heat transfer mechanisms and boundary conditions. Practical skills include setting up and solving thermal analysis cases.
5. 5. Structural Analysis Fundamentals: Learners will study the basic principles of structural analysis, focusing on static and dynamic loads, and deformation analysis. Practical skills include performing static and dynamic structural analyses using Nastran.
6. 6. Integration of Thermal and Structural Analysis: This module covers the integration of thermal and structural analyses in a single Nastran model, addressing the thermal-structural coupling effects. Learners will learn to set up and solve coupled thermal-structural analysis cases.
7. 7. Advanced Meshing Techniques: This module delves into advanced meshing techniques, including adaptive meshing and mixed element modeling, to handle complex geometries and improve analysis accuracy. Practical skills include applying these techniques to real-world problems.
8. 8. Post-Processing and Data Analysis: Learners will study various post-processing tools and techniques in Nastran for analyzing and visualizing the results of thermal and structural analyses. Practical skills include interpreting and reporting the results effectively.
9. 9. Optimization Techniques in Nastran: This module introduces optimization techniques for improving the performance of Nastran models, such as topology optimization and shape optimization. Practical skills include setting up and running optimization studies.
10. 10. Case Studies and Project Work: In this final module, learners will work on real-world case studies and projects, applying the knowledge and skills acquired throughout the programme. Practical skills include project management, problem-solving, and report writing.